datamodel-code-generator vulnerable to SSRF via --url: no host/IP validation, follows redirects

Summary datamodel-code-generator's built-in HTTP fetcher (http.get_body) issues an httpx.GET against any URL passed to --url (or reached via a redirect chain) with no allow-list, no deny-list, no IP/host validation, and follow_redirects=True . Loopback addresses, RFC1918 ranges, link-local (169.254.169.254 cloud metadata), unique-local IPv6 and any...

📋 Executive Summary

🧮 Severity Anatomy — CVSS 3.1 vector, decoded from the primary record

The base score summarizes severity in one number; the vector explains why. Each row below is a direct read of the official CVSS vector — verifiable against the NVD record.

🧬 Weakness Anatomy — CWE-918, the underlying flaw class

This vulnerability is classified as CWE-918: Server-Side Request Forgery (SSRF) in the primary record. The mechanics below are characteristic of this weakness class (per the MITRE CWE corpus), not a claim about a specific exploit observed against your environment.

⚠️ Business Impact Analysis

• ⚠️ Remote code execution — full server takeover without authentication possible
• ⚠️ Data exfiltration risk — customer and sensitive data at risk

🔗 Representative Attack Path

A typical attack path for this vulnerability class, mapped to MITRE ATT&CK. This is a representative model to guide detection and defense — not a claim of observed activity against a specific target. Confirm specifics against the primary sources below.

⚠ Deep Dive Analysis

This high-severity vulnerability in pip datamodel-code-generator (CVSS 8.2) represents a significant attack surface. SENTINEL APEX assesses exploitation to be technically feasible with moderate effort. Organizations running datamodel-code-generator in internet-facing or privileged positions face immediate risk.

SENTINEL APEX URGENCY: HIGH. Score: 46/100 MEDIUM. Patch before exploitation activity begins.

🧠 Structured Intelligence Assessment

SENTINEL APEX analytical tradecraft separates verified fact from labeled assessment and states intelligence gaps explicitly. Confidence reflects evidentiary support, not certainty.

✔ Verified Facts

• Affected CVE(s): CVE-2026-54691, CVE-2026-54691.
• Affected technology: pip datamodel-code-generator.
• CVSS base score of 8.2 assigned by an authoritative source.
• 1 indicator(s) of compromise extracted from source reporting.
• 1 MITRE ATT&CK technique(s) evidenced in the source material.

🕸️ Correlated Observations

• Vendor pip has been targeted in 47 prior CYBERDUDEBIVASH reports (recurring target)
• Related prior intelligence: cve-2026-54628-go-github-com-julien040-anyquery (2 shared entities)

🧩 Analyst Assessments

• MEDIUM CONF Technical severity is assessed as high (CVSS 8.2); realized business impact depends on asset exposure and data classification.

❓ Intelligence Gaps

• In-the-wild exploitation is unconfirmed as of this report.
• Attribution to a specific threat actor is not established by the available evidence.

🔮 Forward Outlook

• MEDIUM CONF Given the repeated targeting pattern, further activity against this vendor/sector is probable.

🧬 Prior Intelligence Context

This report is correlated against CYBERDUDEBIVASH SENTINEL APEX's persistent analyst memory. The following entities have been tracked in prior intelligence:

• Vendor pip — previously observed 47 times in CYBERDUDEBIVASH intelligence since 2026-07-06 (recent: cve-2026-59224-pip-open-webui, cve-2026-55404-pip-yt-dlp)
• ATT&CK technique T1041 — previously observed 12 times in CYBERDUDEBIVASH intelligence since 2026-07-06 (recent: est-e-lauder-discloses-impact-from-oracle-ebs-zero-day-hack, cve-2026-57894-go-code-gitea-io-gitea)
• IP 169.254.169.254 — previously observed 3 times in CYBERDUDEBIVASH intelligence since 2026-07-09 (recent: cve-2026-54628-go-github-com-julien040-anyquery, cve-2026-54077-maven-com-arcadedb-arcadedb-engine)

🎯 MITRE ATT&CK Mapping

🔴 CVE Reference

🏷️ Indicators of Compromise — Enriched IOC Feed

Normalized IOCs with confidence scoring. Block immediately across all enforcement points. SOC Pro subscribers receive enriched IOC bundles with full attribution and STIX 2.1 feeds.

🔍 Detection Rules — Sigma (SIEM)

Deploy to Splunk, Elastic, Microsoft Sentinel, or QRadar. SOC Pro subscribers receive pre-compiled SIEM-native query packs updated with each pipeline run.

📡 Detection Rules — YARA (Endpoint)

Deploy to endpoint detection platforms. Enterprise subscribers receive tuned, FP-validated YARA rule packs.

🧠 Multi-Platform Detection Engineering

Evidence-driven detections mapped to MITRE ATT&CK, generated by the SENTINEL APEX Detection Engine — one validated rule per technique across SIEM, EDR, and network platforms. SOC Pro subscribers receive these as deploy-ready rule packs with each pipeline run.

Network Detection — Suricata

🎯 Multi-Audience Intelligence Products

This single analysis is packaged for every stakeholder — from the boardroom to the SOC — plus a machine-readable feed for API and MSSP integration. Enterprise & SOC Pro subscribers receive these as structured deliverables.

🏛 Executive Advisory — CISO / Security Leadership

• Affected CVE(s): CVE-2026-54691, CVE-2026-54691.
• Affected technology: pip datamodel-code-generator.
• CVSS base score of 8.2 assigned by an authoritative source.
• 1 indicator(s) of compromise extracted from source reporting.

📋 Board Brief

• A high-severity cyber threat affects pip datamodel-code-generator.
• Technical severity is rated 8.2/10.
• Primary exposure is operational disruption, data loss, and potential regulatory liability (e.g. GDPR, NIS2, DORA, SOC 2) where in-scope systems are affected.
• Mitigation depends on vendor guidance and compensating controls.
• Recommended posture: authorize prioritized remediation and confirm detection coverage with the security team.

🛡 SOC Bulletin

Severity HIGH · Detection coverage: 0 technique(s) across behavioral analytics · 1 network rule(s)

• P0: Block all 1 IOC(s) at firewall, proxy, DNS, and EDR simultaneously.
• P1: Load the 1 Suricata network rule(s) at IDS/IPS choke points.
• P1: Sweep 14 days of telemetry for the mapped ATT&CK techniques.
• P2: Update threat-intel platform and downstream detection feeds with confirmed indicators.

🔭 Threat Hunting Guide

• T1041 — Exfiltration Over C2 Channel: Hunt for exfiltration over c2 channel activity (exfiltration); evidence basis: ma and reflected into the generated `.py` source, exfiltrating the response to anyone with access to that fil

🛡️ SOC Response Playbook

• 1IMMEDIATE (0-1hr): Identify all instances of datamodel-code-generator in your environment via CMDB/asset inventory
• 2IMMEDIATE: Block all 1 IOCs in this report at firewall, proxy, DNS, and EDR simultaneously
• 3IMMEDIATE (0-1hr): Apply vendor patch — no maintenance window exception for MEDIUM threats
• 4IMMEDIATE (1-2hr): If no patch available: implement WAF rules, ACLs, or network-level compensating controls
• 5SHORT-TERM (2-4hr): Deploy Sigma detection rule to SIEM — validate alert generation in test environment
• 6SHORT-TERM (4-8hr): Review logs for exploitation indicators (anomalous datamodel-code-generator requests, error spikes)
• 7SHORT-TERM (8-24hr): Hunt for post-exploitation: new admin accounts, scheduled tasks, lateral movement
• 8MONITOR: Subscribe to pip security advisories for patch updates
• 9ONGOING: Track SENTINEL APEX intelligence feed for follow-on campaigns targeting datamodel-code-generator

📎 Intelligence References

• github.com/advisories/GHSA-rfr2-mq9m-x2qx
• github.com/koxudaxi/datamodel-code-generator/security/advisories/GHSA-
• github.com/koxudaxi/datamodel-code-generator/commit/5fdba4a09f2d7a9996
• github.com/koxudaxi/datamodel-code-generator/releases/tag/0.61.0
• github.com/advisories/GHSA-rfr2-mq9m-x2qx
• 📌 NVD — CVE-2026-54691